SPECIFICATIONS FOR DUCTILE IRON PIPES & FITTINGS · These specifications will provide necessary...

SPECIFICATIONS FOR DUCTILE IRON PIPES & FITTINGS

SPECIFICATION SAJ PS / DI / 001

(Rev. 4.0 / 02.2019)

QUALITY ASSURANCE DEPARTMENT RANHILL SAJ SDN. BHD.

NO CHANGES ALLOWED WITHOUT THE PERMISSION OF QUALITY ASSURANCE DEPARTMENT

OF RANHILL SAJ SDN BHD

Ref. No. : PS/DI/001

Date : 11/2/2019

Total Pages : 40/40


SAJ PS/DI/001 (Rev. 4.0/02.2019) NO CHANGES ALLOWED WITHOUT THE PERMISSION OF

QUALITY ASSURANCE DEPARTMENT OF RANHILL SAJ SDN. BHD Page 2

SPECIFICATION FOR DUCTILE IRON PIPE & FITTINGS

CONTENT Page

1.0 GENERAL 3

2.0

PIPES

3

3.0

PROCESS OF MANUFACTURE

3

4.0 LENGTH AND DIMENSIONS 4

5.0

COATING AND LINING FOR PIPES 4

6.0

INTERNAL LINING OF CEMENT MORTAR 5

7.0

FITTINGS 6

8.0

COATINGS FOR PIPES AND ACCESSORIES 6

9.0

RUBBER RING/ GASKET 6

10.0 TEST METHOD 7

11.0 PACKING 10

12.0 MARKING OF PIPES 10

13.0 PRE-DELIVERY AND EVALUATION 10

14.0 CERTIFICATION 11

SCHEDULE OF STORES 12-43




SPECIFICATION FOR DUCTILE IRON PIPE & FITTINGS

1. General

a. The specification is applicable to Ductile Iron Pipes for water supply systems and

shall conform to MS 1919:2013.

b. These specifications will provide necessary information on the product dimension

and requirements for the supply of pipes and fittings only.

2. Pipes

a. The pipe shall manufactured with socket and spigot, plain-ends and flanged-ends of

Class 40, Class 50, Class 64 and Class 100.

b. For all special/fittings, the product shall be in Series A.

c. All Ductile Iron Pipes and accessories shall be designed to withstand hydraulic

working pressure of PN 16.

d. All Ductile Iron or stainless steel and accessories shall be complying with PN 16 BS

4504 or equivalent standards.

3. Process of Manufacturer

a. Pipes and the accessories of Ductile Iron may subjected to suitable heat treatment in

order to give them the required mechanical characteristics or tensile properties as

shown in Table 1 below.

Table 1: Tensile properties

Type of

casting

Tensile strength,

MPa

Elongation, % Hardness

DN 40 to DN 2000 DN 40 to DN 1000 DN 1100 to DN 2000

Centrifugally

Cast Pipe

420 10 7 230 HBW

Fittings 420 5 5 250HBW




4. Length and Dimensions of Pipes

4.1 The effective length of all straight pipes shall be 6.0 meters.

4.2 The diameter and shell thickness of standard pipes shall be shown in Table 2 below.

Table 2: Dimensions of pipes

DN External Diameter

(DE), mm

Minimum wall thickness, mm

Nominal Limit

deviations

Class 40 Class 50 Class 64 Class 100

80 98 +1/-2.7 3.0 3.5 4.0 4.7

100 118 +1/-2.8 3.0 3.5 4.0 4.7

125 144 +1/-2.8 3.0 3.5 4.0 5.0

150 170 +1/-2.9 3.0 3.5 4.0 5.9

200 222 +1/-3.0 3.1 3.9 5.0 7.7

250 274 +1/-3.1 3.9 4.8 6.1 9.5

300 326 +1/-3.3 4.6 5.7 7.3 11.2

350 378 +1/-3.4 5.3 6.6 8.5 13.0

400 429 +1/-3.5 6.0 7.5 9.6 14.8

450 480 +1/-3.6 6.8 8.4 10.7 16.6

500 532 +1/-3.8 7.5 9.3 11.9 18.3

600 635 +1/-4.0 8.9 11.1 14.2 21.9

700 738 +1/-4.3 10.4 13.0 16.5

800 842 +1/-4.5 11.9 14.8 18.8

5. External coating of zinc with finishing layer for Pipes

5.1 The external coating of centrifugally cast ductile iron pipes shall comprise a layer of

metallic zinc, covered by a finishing layer of a bituminous product or synthetic resin

compatible with zinc. Both layers shall be works applied.

5.2 The metallic zinc coating shall cover the external surface of the pipe and provide

dense, continuous, uniform layer. It shall be free from defects as vare patches or lack

of adhesion. The uniformity of the coating shall be checked by visual inspection. The

mean mass of zinc per unit area shall be not less than 200g/m2. The purity of the zinc

used shall be at least 99.99%.

5.3 The finishing layer shall uniformly cover the whole surface of the metallic zinc layer

and be free from such defects as bare patches or lack of adhesion. The uniformity of

the finishing layer shall be checked by visual inspection. The mean thickness of the

finishing layer shall not be less than 70µm and the local minimum thickness not less

than 50µm.

5.4 Damage to coating where the area of total removal of metallic zinc has a width

exceeding 5mm and areas left uncoated shall be repaired. Repairs shall be carried

out either by:




a. metallic zinc spray complying with Clause 5.2.

b. application of zinc – rich paint containing at least 90% zinc by mass of dry

film and with a mean mass of applied paint shall not less than 220g/m2.

c. application of a finishing layer complying with Clause 5.3.

5.5 Unless otherwise specified, the finishing layer of bituminous product shall be coated

externally with either one of the following:

Coal – tar epoxy (epoxy content approximately 12%)

Standard coating materials as specified in BS 4147:1980 Type I (bitumen

based, hot applied) or

Standard coating materials as specified in BS 3416:1976 Type II (bitumen

based, cold applied)

6. Internal Lining of Cement Mortar for Pipes

6.1 All D.I. Pipes and specials/fittings shall be mortar-lined.

6.2 The cement mortar lining of ductile iron pipes shall constitute a dense, homogeneous

layer covering the total internal surface of the pipe barrel.

6.3 Prior to application of the lining, the metal surface shall be free from loose material

and oil or grease.

6.4 The cement mortar mix shall comprise cement, sand and water. If admixtures are

used, they shall comply with Clause 4.1.4 in MS 1919 and they shall be declared.

6.5 The ratio by mass of sand to cement shall not exceed 3.5. At the mixing stage, the

ratio by mass of total water to cement depends on the manufacturing process and

shall be determined such that the lining is in accordance with 4.5.3.2 and 4.5.3.3 in

MS 1919.

6.6 The compressive strength of the cement mortar after 28 days of curing shall not less

than 50 MPa.

6.7 The required thickness of the cement mortar lining and its tolerance shall be given in

Table 3 below:-

Table 3: Thickness of cement mortar lining

DN

Dimension in mm

Thickness Maximum crack

width and radial

displacement

Nominal value Limit deviationa

40 to 300 4 -1.5 0.4

350 to 600 5 -2.0 0.5

700 to 1200 6 -2.5 0.6

1400 to 2000 9 -3.0 0.8

a The lower limit only is given




7. Fittings and accessories

7.1 The fittings and accessories of ductile iron shall be PN 16 Series A.

7.2 The dimensions of fittings and accessories as accordance with Clause 8.3 in MS

1919:2013.

8. Coatings for fittings and accessories

8.1 All fittings and accessories not centrifugally cast shall be delivered externally and

internally coated either by a paint coating in conformity with 4.6.2 or by an epoxy

coating in conformity with EN 14901. Fittings may also receive an internal lining of

cement mortar conforming to 4.5.3 in MS 1919:2013, machine or hand applied, as a

supplement to or as a replacement of the above paint coating.

8.2 Parts of accessories made from metal other than ductile iron shall have an

appropriate corrosion resistance. The corrosion resistance may be attained from the

material itself or a suitable coating protection system.

8.3 For components the coating material shall be bitumen or synthetic resin base.

Appropriate additives (such as solvent, inorganic fillers, etc.) to allow easy

application and drying are permitted. Prior to application of the coating, the casting

surface shall be dry, free from rust or non-adhering particles or foreign matter such

as oil or grease. The coating shall be works-applied.

8.4 The coating shall uniformly cover the whole surface of the casting and have a

smooth regular appearance. Drying shall be sufficient to ensure that it will not stick to

adjacent coated pieces. The mean thickness of the coating shall be not less than

70µm and the local minimum thickness shall be not less than 50µm.

9. Rubber Ring/Gaskets

9.1 Rubber rings/gaskets for ductile iron pipes and accessories shall be such size and

shape of manufacturers design as to provide a pressure tight seal for the life

expectancy of the pipeline under specified working, transient and test pressure

conditions.

9.2 Rubber gasket materials shall be of EPDM complying with the requirements of MS

672:1999, AS 1646:1992 or BS EN 681 with of 55-85 IHRD with minimum volume

40% of polymer in rubber compound.




10. Test Method

10.1 Pipe dimensions

10.1.1 Wall thickness

Pipe wall thickness compliance shall be demonstrated by the manufacturer. He may use a

combination of various means, e.g. direct wall thickness measurement, mechanical or ultrasonic

measurement. The iron wall thickness shall be measured by suitable equipment having an error

limit ± 0.1mm.

10.1.2 External diameter

Socket and spigot pipes shall be measured at their spigot end by means of a circumferential tape

or controlled by pass/fail gauges. In addition, they shall be visually inspected for compliance with

the spigot allowable ovality and, in case of doubt; the maximum and minimum spigot axes shall

be measured by suitable equipment or controlled by pass/fail gauges.

10.1.3 Internal diameter

The internal diameter of the lined pipes shall be measured by means of suitable equipment

either:

a) Two measurements shall be taken at right angles, at a cross section 200mm or more

from the end face or;

b) A system of pass/fail gauges shall be passed along the bore of the pipe.

10.1.4 Length

The length of socket and spigot pipes shall be measured by suitable equipment:

- On one pipe from the first batch of pipes cast from a new mould, for as-cast pipes;

- On the first pipe, for pipes which are systematically cut to a pre-set length.

10.2 Straightness of pipes

The pipe shall be rolled on two gantries or rotated around its axis on rollers, which in case are

separated by not less than two thirds of the standardized pipe length.

The point of maximum deviation from the straight axis shall be determined and the deviation

measured at that point.




10.3 Tensile testing of ductile iron components

10.3.1 Samples

The thickness of the sample and the diameter of the test bar shall be as given in Table X.

10.3.1.1 Centrifugally cast pipes

A sample shall be cut from the spigot of the pipe. This sample may be cut parallel with or

perpendicular to the pipe axis, but in case of disputes the parallel with axis sample shall be used.

10.3.1.2 Pipes not centrifugally cast, fittings and accessories

At the manufacturer’s option, samples shall be either cast integrally with the castings or cast

separately. In the latter case, they shall be cast from the same metal as that used for the

castings. If the castings are subjected to heat treatment, the samples shall be subjected to the

same heat treatment cycle.

10.3.2 Preparation of test bar

A test bar shall be machined from each sample to be representative of the metal at the mid

thickness of the sample, with a cylindrical part having the diameter as given in Table 4.

The test bar shall have a gauge length equal to at least five times the nominal test bar diameter.

The ends of the test bar shall be such that they will fit the testing machine.

The surface roughness profile of the cylindrical part of the test bar shall be such that Rz ≤ 6.3.

If the specified diameter of the test bar is greater than 60% of the measured minimum thickness

of the sample, it is allowed to machined a test bar with a smaller diameter, or to cut another

sample in a thicker part of the pipe.

Table 4: Dimensions of test bar

Type of casting Nominal

diameter of the

test bar, mm

Limit deviations

on diameter, mm

Tolerances

on shapea,

mm

Centrifugally cast pipes, with a

wall thickness (mm) of;

a) Less than 6

b) 6 up to but not including 8

c) 8 up to but not including 12

d) 12 and over

2.5

3.5

5.0

6.0

±0.06

0.03

Pipes not centrifugally cast,

fittings and accessories;

a) Integrally cast samples

b) Separately cast samples;

1) Sample thickness

12.5mm for casting

thickness less than

12mm

5.0

6.0

±0.06

±0.06

0.03

0.03




Table 4: Dimensions of test bar (continued)

Type of casting Nominal

diameter of the

test bar, mm

Limit deviations

on diameter, mm

Tolerances

on shapea,

mm

2) Sample thickness 25mm

for casting thickness

12mm and over

12.0

Or

14.0

±0.09

0.04

a Maximum difference between the smallest and the largest diameter of the test bar.

Tensile strength shall be calculated either from the nominal diameter of the test bar when it has

been machined to fulfil all the tolerances given in Table 6, or, if it is not the case, from the actual

diameter of the test bar measured before the test, the actual diameter shall be measured using a

measuring device having an error limit ≤ 0.5% and shall be within ± 10% of the nominal diameter.

The tensile test shall be carried out in accordance to EN ISO 6892-1.

10.4 Works leak tightness test for pipes and fittings

10.4.1 General

Pipes and fittings shall be tested in accordance with 9.4.2 and 9.4.3 respectively. The test shall

be carried out on all pipes and fittings before the application of their external and internal

coatings, except for the metallic zinc coating of pipes which may be applied before the test.

The test apparatus shall be suitable for applying the specified test pressures to the pipes and/or

fittings. It shall be equipped with an industrial pressure gauge with an error limit ±3%.

10.4.2 Centrifugally cast pipes

The internal hydrostatic pressure shall be raised steadily until it reaches the works hydrostatic

test pressure equal to the pressure class up to Class 50 and limited to bar 50 bar for classes

above above Class 50, which is maintained for a sufficient time to allow visual inspection of the

pipe barrel. The total duration of the pressure cycle shall be not less than 15s, including 10s test

pressure.

10.4.3 Pipes not centrifugally cast pipes, fittings and accessories

At the manufacturer’s option, they shall be submitted to a hydrostatic pressure test or to an air

test.

When the hydrostatic pressure test is carried out, it shall be in the same way as for centrifugally

cast pipes (see 9.4.2), except for the test pressure which shall be given in Table 5.




Table 5: Works test pressure for pipes not centrifugally cast pipes, fittings and accessories

DN Pipes not centrifugally cast pipes, fittings and accessories a

bar

40 to 300 25b

350 to 600 16

700 to 2000 10 a The works hydrostatic test pressure is less than for pipes because of the difficulty providing

sufficient restraint to high internal pressures during test. b 16 bar for pipes and fittings with PN10 flanges.

When the air test is carried out, it shall be with an internal pressure of at least 1 bar and a visual

inspection time not less than 10s, for leak detection, the castings shall be either uniformly coated

on their external surface by a suitable foaming agent or submerged in water.

11. Packing

All ductile iron pipe shall be packed accordingly with proper methods and protected from

damage during transit.

12. Marking

All ductile iron pipes and fittings shall have the following body markings:-

a. The manufacturer name or mark.

b. The identification of the year manufacture.

c. The identification as ductile iron.

d. The nominal size (i.e. DN ....).

e. The rating of flanges when applicable (i.e. PN ....).

f. Standard reference – MS 1919:2013.

g. The initial ‘SAJ’ in capital letters.

h. Pipe Class.

13. Pre-Delivery Inspection and Evaluation

a. It is the responsibility of the tenderer to inform SAJ for inspection purposes during

manufacturing and before delivery.

b. SAJ reserve the right to inspect and witness the testing of product offered.

c. At any time, when requested, the supplier is to provide SAJ sample of the product

offered for evaluation purposes. All costs shall be borne by the supplier.

d. If at any time the supplier fails to deliver the required sample, the product is deemed

fail to meet the specifications.




14 Certification

a. Manufacturer or supplier are required to provide a copy of the certificate and testing

report from SIRIM, IKRAM or other recognized certification body.

b. Manufacturer or supplier are required to provide a copy of SPAN’s approval certificate to

SAJ.

c. Tests report required shall be those tests conducted within a year period.

d. SAJ have the right to refuse offer or reject supply if the document required are not

enclosed.




SCHEDULE OF STORES




Ranhill SAJ Sdn. Bhd. (A)

Schedule of Stores for Supply and Delivery of Ductile Iron Pipes Spigot & Socket

Class 40 To SAJ Specification PS/DI/001 for The Period of ……… Year(s)

No. Nominal

Diameter (mm)

Outside

Diameter (mm)

Provisional

Quantity

Rate (RM) Amount (RM)

1 80 98

2 100 118

3 125 144

4 150 170

5 200 222

6 250 274

7 300 326

8 350 378

9 400 429

10 450 480

11 500 532

12 600 635

13 700 738

14 800 842

TOTAL TENDERED

(Ringgit:……………………………………………………………………………………………………)

Signature of Tenderer:…………………………………. Signature of witness:………………………………………

Name:………………………………………………………… Name:…………………………………………………………..

In the capacity of:…………………………………….. Address:……………………………………………………….

Tenderer’s Seal or chop:……………………………….. ……………………………………………………………………

Date:………………………………………………………….. Date:………………….……………………………………….







No. Nominal

Diameter (mm)

Outside

Diameter (mm)

Provisional

Quantity


1 80 98

2 100 118

3 125 144

4 150 170

5 200 222

6 250 274

7 300 326

8 350 378

9 400 429

10 450 480

11 500 532

12 600 635

13 700 738

14 800 842

TOTAL TENDERED

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:………………….……………………………………….







No. Nominal

Diameter (mm)

Outside

Diameter (mm)

Provisional

Quantity


1 80 98

2 100 118

3 125 144

4 150 170

5 200 222

6 250 274

7 300 326

8 350 378

9 400 429

10 450 480

11 500 532

12 600 635

13 700 738

14 800 842

TOTAL TENDERED

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:………………….……………………………………….






Class100 To SAJ Specification PS/DI/001 for The Period of ……… Year(s)

No. Nominal

Diameter (mm)

Outside

Diameter (mm)

Provisional

Quantity


1 80 98

2 100 118

3 125 144

4 150 170

5 200 222

6 250 274

7 300 326

8 350 378

9 400 429

10 450 480

11 500 532

12 600 635

TOTAL TENDERED

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:………………….……………………………………….




Ranhill SAJ Sdn. Bhd. (B)

Supply And Delivery Of Ductile Iron Specials To SAJ Specification PS/DI/001 For The Period Of ……… Year(s) (Thickness of specials for the main barrel shall follow the minimum nominal thickness of Ductile Iron

Pipes as in MS 1919:2013)

No

Description Prov. Qty

Rate (RM)

Amount (RM)

1 Double Flanged Bend

A 90 Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..

In the capacity of:…………………………………….. Address:………………………………………………………….


Date:………………………………………………………….. Date:…………………………………………………………….







No


Rate (RM)

Amount (RM)

..1 Double Flanged Bend

B 45 Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:…………………………………………………………….







No


Rate (RM)

Amount (RM)

..1 Double Flanged Bend ….. con’t

C 22 ½ Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm (Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:…………………………………………………………….

..1 Double Flanged Bend ….. con’t

D 11 ¼ Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm






Pipes as in MS 1919: 2013)

No


Rate (RM)

Amount (RM)

2 Double Socket Bend

A 90 Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:…………………………………………………………….







No

Descriptio

n

Prov. Qty

Rate (RM)

Amount (RM)

..2 Double Socket Bend

B 45 Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:…………………………………………………………….







No


Rate (RM)

Amount (RM)

..2 Double Socket Bend ….. con’t

C 22 ½ Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm (Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………






Pipes as in MS 1919 : 2013)

No


Rate (RM)

Amount (RM)

..2 Double Socket Bend ….. con’t

D 11 ¼ Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

3 Double Flanged 90 Deg Duckfoot Bend

A 90 Deg

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

4 Double Flanged 90 Deg Long Bend

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

5 All Flanged Tee

1 80mm x 40mm

2 80mm x 60mm

3 80mm x 80mm

4 100mm x 40mm

5 100mm x 60mm

6 100mm x 80mm

7 100mm x 100mm

8 125mm x 40mm

9 125mm x 60mm

10 125mm x 80mm

11 125mm x 100mm

12 125mm x 125mm

13 150mm x 40mm

14 150mm x 60mm

15 150mm x 80mm

16 150mm x 100mm

17 150mm x 125mm

18 150mm x 150mm

19 200mm x 40mm

20 200mm x 60mm

21 200mm x 80mm

22 200mm x 100mm

23 200mm x 125mm

24 200mm x 150mm

25 200mm x 200mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

..5 All Flanged Tee……. Con’t

26 250mm x 60mm

27 250mm x 80mm

28 250mm x 100mm

29 250mm x 150mm

30 250mm x 200mm

31 250mm x 250mm

32 300mm x 60mm

33 300mm x 80mm

34 300mm x 100mm

35 300mm x 150mm

36 300mm x 200mm

37 300mm x 250mm

38 300mm x 300mm

39 350mm x 60mm

40 350mm x 80mm

41 350mm x 100mm

42 350mm x 150mm

43 350mm x 200mm

44 350mm x 250mm

45 350mm x 350mm

46 400mm x 80mm

47 400mm x 100mm

48 400mm x 150mm

49 400mm x 200mm

50 400mm x 250mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

..5 All Flanged Tee……. Con’t

51 400mm x 300mm

52 400mm x 400mm

53 450mm x 100mm

54 450mm x 150mm

55 450mm x 200mm

56 450mm x 250mm

57 450mm x 300mm

58 450mm x 400mm

59 450mm x 450mm

60 500mm x 100mm

61 500mm x 200mm

62 500mm x 400mm

63 500mm x 500mm

64 600mm x 200mm

65 600mm x 400mm

66 600mm x 600mm

67 700mm x 200mm

68 700mm x 400mm

69 700mm x 700mm

70 800mm x 200mm

71 800mm x 400mm

72 800mm x 600mm

73 800mm x 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:………………………………………………………







No


Rate (RM)

Amount (RM)

6 All Socket Tee

1 80mm x 40mm

2 80mm x 80mm

3 100mm x 40mm

4 100mm x 60mm

5 100mm x 80mm

6 100mm x 100mm

7 125mm x 40mm

8 125mm x 80mm

9 125mm x 100mm

10 125mm x 125mm

11 150mm x 40mm

12 150mm x 80mm

13 150mm x 100mm

14 150mm x 150mm

15 200mm x 40mm

16 200mm x 80mm

17 200mm x 100mm

18 200mm x 150mm

19 200mm x 200mm

20 250mm x 80mm

21 250mm x 100mm

22 250mm x 150mm

23 250mm x 200mm

24 250mm x 250mm

25 300mm x 100mm

26 300mm x 150mm

27 300mm x 200mm

28 300mm x 250mm

29 300mm x 300mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

7 Double Socket Tee With Flanged Branch

1 80mm x 40mm

2 80mm x 60mm

3 80mm x 80mm

4 100mm x 40mm

5 100mm x 60mm

6 100mm x 80mm

7 100mm x 100mm

8 125mm x 40mm

9 125mm x 60mm

10 125mm x 80mm

11 125mm x 100mm

12 125mm x 125mm

13 150mm x 40mm

14 150mm x 60mm

15 150mm x 80mm

16 150mm x 100mm

17 150mm x 125mm

18 150mm x 150mm

19 200mm x 40mm

20 200mm x 60mm

21 200mm x 80mm

22 200mm x 100mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

..7 Double Socket Tee With Flanged Branch …. Con’t

23 200mm x 125mm

24 200mm x 150mm

25 200mm x 200mm

26 250mm x 60mm

27 250mm x 80mm

28 250mm x 100mm

29 250mm x 150mm

30 250mm x 200mm

31 250mm x 250mm

32 300mm x 60mm

33 300mm x 80mm

34 300mm x 100mm

35 300mm x 150mm

36 300mm x 200mm

37 300mm x 250mm

38 300mm x 300mm

39 350mm x 60mm

40 350mm x 80mm

41 350mm x 100mm

42 350mm x 150mm

43 350mm x 200mm

44 350mm x 250mm

45 350mm x 350mm

46 400mm x 80mm

47 400mm x 100mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

..7 Double Socket Tee With Flanged Branch…. Con’t

48 400mm x 150mm

49 400mm x 200mm

50 400mm x 250mm

51 400mm x 300mm

52 400mm x 400mm

53 450mm x 100mm

54 450mm x 150mm

55 450mm x 200mm

56 450mm x 250mm

57 450mm x 300mm

58 450mm x 400mm

59 450mm x 450mm

60 500mm x 100mm

61 500mm x 200mm

62 500mm x 400mm

63 500mm x 500mm

64 600mm x 200mm

65 600mm x 400mm

66 600mm x 600mm

67 700mm x 200mm

68 700mm x 400mm

69 700mm x 700mm

70 800mm x 200mm

71 800mm x 400mm

72 800mm x 600mm

73 800mm x 800mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

8 All Flanged Level Invert Tee

1 100mm x 80mm

2 150mm x 80mm

3 150mm x 100mm

4 200mm x 80mm

5 200mm x 100mm

6 250mm x 80mm

7 250mm x 100mm

8 300mm x 80mm

9 300mm x 100mm

10 300mm x 150mm

11 350mm x 80mm

12 350mm x 100mm

13 350mm x 150mm

14 400mm x 80mm

15 400mm x 100mm

16 400mm x 150mm

17 400mm x 200mm

18 450mm x 80mm

19 450mm x 100mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

..8 All Flanged Level Invert Tee …. Con’t

20 450mm x 150mm

21 450mm x 200mm

22 450mm x 250mm

23 500mm x 80mm

24 500mm x 100mm

25 500mm x 150mm

26 500mm x 200mm

27 600mm x 80mm

28 600mm x 100mm

29 600mm x 150mm

30 600mm x 200mm

31 700mm x 150mm

32 700mm x 200mm

9 Double Socket Level Invert Tee With Flanged

Branch

1 150mm x 80mm

2 150mm x 100mm

3 200mm x 80mm

4 200mm x 100mm

5 200mm x 150mm

6 250mm x 80mm

7 250mm x 100mm

8 250mm x 150mm

9 300mm x 80mm

10 300mm x 100mm

11 300mm x 150mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

..9 Double Socket Level Invert Tee With Flanged

Branch…. Con’t

12 350mm x 100mm

13 400mm x 100mm

14 450mm x 100mm

15 500mm x 100mm

16 600mm x 100mm

17 700mm x 100mm

10

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

11 Double Socket Taper

1 80mm x 40mm

2 80mm x 60mm

3 80mm x 65mm

4 100mm x 60mm

5 100mm x 80mm

6 125mm x 60mm

7 125mm x 80mm

8 125mm x 100mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

..11 Double Socket Taper…. Con’t

9 150mm x 80mm

10 150mm x 100mm

11 150mm x 125mm

12 200mm x 100mm

13 200mm x 125mm

14 200mm x 150mm

15 250mm x 125mm

16 250mm x 150mm

17 250mm x 200mm

18 300mm x 150mm

19 300mm x 200mm

20 300mm x 250mm

21 350mm x 200mm

22 350mm x 250mm

23 350mm x 300mm

24 400mm x 250mm

25 400mm x 300mm

26 400mm x 350mm

27 450mm x 350mm

28 450mm x 400mm

29 500mm x 350mm

30 500mm x 400mm

31 600mm x 400mm

32 600mm x 500mm

33 700mm x 500mm

34 700mm x 600mm

35 800mm x 600mm

36 800mm x 700mm

(Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

12 Double Flanged Taper

1 80mm x 60mm

2 80mm x 65mm

3 100mm x 80mm

4 125mm x 100mm

5 150mm x 125mm

6 200mm x 150mm

7 250mm x 200mm

8 300mm x 250mm

9 350mm x 300mm

10 400mm x 300mm

11 400mm x 350mm

12 450mm x 400mm

13 500mm x 400mm

14 600mm x 500mm

15 700mm x 600mm

16 800mm x 700mm (Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

13 Flanged Socket

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

14 Flanged Bell Mouth

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm (Ringgit:……………………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..



Date:………………………………………………………….. Date:……………………………………………………………







No


Rate (RM)

Amount (RM)

15 Flanged Spigot

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

16 Blank Flange (PN16)

1 80mm

2 100mm

3 125mm

4 150mm

5 200mm

6 250mm

7 300mm

8 350mm

9 400mm

10 450mm

11 500mm

12 600mm

13 700mm

14 800mm

(Ringgit:………………………………………………………………………………………)


Name:………………………………………………………… Name:…………………………………………………………..

In the capacity of:……………………………………….. Address:……………………………………………………….


Date:………………………………………………………….. Date:……………………………………………………………




Date post:	19-Oct-2020
Category:	Documents
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SPECIFICATIONS FOR DUCTILE IRON PIPES & FITTINGS · These specifications will provide necessary...

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